Harpactea yanardagi, Kunt & Özkütük, 2023

Kunt, Kadir Boğaç & Özkütük, Recep Sulhi, 2023, New data on the Harpacteinae of Turkey (Araneae, Dysderidae), Zootaxa 5375 (3), pp. 379-408 : 403-404

publication ID

https://doi.org/ 10.11646/zootaxa.5375.3.4

publication LSID

lsid:zoobank.org:pub:26591537-2135-4301-AD46-FF4D2D9F7C68

DOI

https://doi.org/10.5281/zenodo.10201470

persistent identifier

https://treatment.plazi.org/id/975060C3-F09F-4929-BF2D-F5ECC0F2DCEF

taxon LSID

lsid:zoobank.org:act:975060C3-F09F-4929-BF2D-F5ECC0F2DCEF

treatment provided by

Plazi

scientific name

Harpactea yanardagi
status

sp. nov.

Harpactea yanardagi sp. nov.

Figs 65–69 View FIGURES 65–66 View FIGURES 67–69

Examined materials: Holotype 1 ♂ ( ETZM), DöŞemealtı Dist. , Kızılseki Vill., Entrance of Kocain Cave (37°13’56.60”N 30°42’43.65”E), asl c. 822 m, 26 Mar 2017, leg. Kadir Boğac Kunt. GoogleMaps Paratype 1 ♂ ( ETZM), same data as holotype GoogleMaps .

Etymology: The specific epithet is a patronym honoring a friend of the first author, biologist Seydi Battal Yanardağ.

Diagnosis: H. yanardagi sp. nov. resembles H. azowensis Charitonov, 1956 , H. cecconii (Kulczyński, 1908) , H. diraoi Brignoli, 1978 , H. isaurica , and H. sanctaeinsulae by the general elongated tegulum and the straight distaly rounded embolus, but it differs from the former species by the the spiniform shape of the embolus ( Figs 67–69 View FIGURES 67–69 ) and by tegulum and embolus length ratios. In H. sanctaeinsulae , the lengths of the tegulum and embolus are almost equal. In H. azowensis , H. cecconii , and H. diraoi , the embolus is almost half the length of the tegulum. In H. isaurica , the tegulum is more than twice the length of the embolus. However, in Harpactea yanardagi sp. nov., the length of the tegulum is approximately three times the length of the embolus.

Description: Measurements: [Holotype ♂ / Paratype ♂] TL 6.20–6.70; AL 3.30–3.60; CL 2.90–3.10; CW 2.20–2.30; Clh 0.08–0.09; AEd 0.14–0.16; iAE 0.04–0.05; PLEd 0.13–0.15; PMEd 0.12–0.13; ChF 0.38–0.50; ChG 0.45–0.50; ChL 1.25–1.25.

Large harpacteine spiders. Carapace hexagonal; dark brown. Fovea blackish, longitudinal, distinct ( Fig. 65 View FIGURES 65–66 ).

AE, PLE and PME arranged annularly; AE separated. Sternum, labium, gnatocoxae brown. Chelicerae dark brown with spiny tubercles on the anterior surfaces. There are two pro and two retromarginally positioned teeth in the cheliceral groove. The pro-marginal teeth are larger than the retromarginal teeth and there is a gap between them approximately half of their basal length. The starting point of the first retromarginal tooth in the cheliceral groove is aligned with the centre of the upper promarginal tooth. The first promarginal tooth is larger than the second. The gap between the two is approximately three to four times the width of the base of the first ( Fig. 66 View FIGURES 65–66 ).

Abdomen grayish, cream; in the form of menhir. Covered with blackish setae ( Fig. 65 View FIGURES 65–66 ). Legs brown. Palpal segments darker than legs. Leg formula is IV, I, II, III and I, IV, II, III respective for each of the two samples examined. Leg spination and measurements given in tables 15 and 16.

Palp ( Figs 67–69 View FIGURES 67–69 ): Palpal tarsus is shorter than the tibia. Tegulum oval, slightly swollen distally. Embolus lanceolate, with the distal half slightly curving anteriorly. Conductor and median apophysis absent.

Kingdom

Animalia

Phylum

Arthropoda

Class

Arachnida

Order

Araneae

Family

Dysderidae

SubFamily

Harpacteinae

Genus

Harpactea

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